def update_qmi(self, prefix, next_prefix, problem):
num1 = qmasm.symbol_to_number(prefix + self.sym1, prefix, next_prefix)
num2 = qmasm.symbol_to_number(prefix + self.sym2, prefix, next_prefix)
if num1 == num2:
self.error_in_line("A chain cannot connect a spin to itself")
elif num1 > num2:
num1, num2 = num2, num1
problem.chains[(num1, num2)] = None # Value is a don't-care.
def update_qmi(self, prefix, next_prefix, problem):
num1 = qmasm.symbol_to_number(prefix + self.sym1, prefix, next_prefix)
num2 = qmasm.symbol_to_number(prefix + self.sym2, prefix, next_prefix)
if num1 == num2:
self.error_in_line("A coupler cannot connect a spin to itself")
elif num1 > num2:
num1, num2 = num2, num1
problem.strengths[(num1, num2)] += self.strength
def update_qmi(self, prefix, next_prefix, problem):
num1 = qmasm.symbol_to_number(prefix + self.sym1, prefix, next_prefix)
num2 = qmasm.symbol_to_number(prefix + self.sym2, prefix, next_prefix)
if num1 == num2:
self.error_in_line("A coupler cannot connect a spin to itself")
elif num1 > num2:
num1, num2 = num2, num1
problem.strengths[(num1, num2)] += self.strength
def update_qmi(self, prefix, next_prefix, problem):
num1 = qmasm.symbol_to_number(prefix + self.sym1, prefix, next_prefix)
num2 = qmasm.symbol_to_number(prefix + self.sym2, prefix, next_prefix)
if num1 == num2:
self.error_in_line("An anti-chain cannot connect a spin to itself")
elif num1 > num2:
num1, num2 = num2, num1
problem.antichains.add((num1, num2))
def update_qmi(self, prefix, next_prefix, problem):
num1 = qmasm.symbol_to_number(prefix + self.sym1, prefix, next_prefix)
num2 = qmasm.symbol_to_number(prefix + self.sym2, prefix, next_prefix)
if num1 == num2:
self.error_in_line("An anti-chain cannot connect a spin to itself")
elif num1 > num2:
num1, num2 = num2, num1
problem.antichains.add((num1, num2))
sym1 = qmasm.apply_prefix(prefix + self.sym1, None, next_prefix)
sym2 = qmasm.apply_prefix(prefix + self.sym2, None, next_prefix)
problem.pending_asserts.append((sym1, "/=", sym2))
def update_qmi(self, prefix, next_prefix, problem):
num1 = qmasm.symbol_to_number(prefix + self.sym1, prefix, next_prefix)
num2 = qmasm.symbol_to_number(prefix + self.sym2, prefix, next_prefix)
if num1 == num2:
self.error_in_line("An anti-chain cannot connect a spin to itself")
elif num1 > num2:
num1, num2 = num2, num1
problem.antichains.add((num1, num2))
sym1 = qmasm.apply_prefix(prefix + self.sym1, None, next_prefix)
sym2 = qmasm.apply_prefix(prefix + self.sym2, None, next_prefix)
problem.pending_asserts.append((sym1, "/=", sym2))
def pin_qubits(self, pin_str, chain_str):
"Use a helper qubit to help pin values to true or false."
for q_user, b in self.pinned:
q_helper = qmasm.symbol_to_number(new_internal_sym())
q1, q2 = q_helper, q_user
if q1 > q2:
q1, q2 = q2, q1
if b:
self.weights[q_helper] -= pin_str
else:
self.weights[q_helper] += pin_str
self.strengths[(q1, q2)] += -chain_str
def pin_qubits(self, pin_str, chain_str):
"Use a helper qubit to help pin values to true or false."
for q_user, b in self.pinned:
q_helper = qmasm.symbol_to_number(new_internal_sym())
q1, q2 = q_helper, q_user
if q1 > q2:
q1, q2 = q2, q1
if q_helper not in self.weights:
self.weights[q_helper] = 0
if b:
self.weights[q_helper] -= pin_str
else:
self.weights[q_helper] += pin_str
self.strengths[(q1, q2)] += -chain_str
self.antichains.add((q1, q2))
self.pin_chains.add((q_helper, q_user))
def pin_qubits(self, pin_str, chain_str):
"Use a helper qubit to help pin values to true or false."
for q_user, b in self.pinned:
q_user_sym = qmasm.sym_map.to_symbols(q_user)
q_pin_sym = '$' + q_user_sym.pop()
#TODO: A proper solution should create aliases for q_helper
# if there are aliases for q_user
q_helper = qmasm.symbol_to_number(q_pin_sym)
q1, q2 = q_helper, q_user
if q1 > q2:
q1, q2 = q2, q1
if b:
self.weights[q_helper] -= pin_str
else:
self.weights[q_helper] += pin_str
self.strengths[(q1, q2)] += -chain_str
def update_qmi(self, prefix, next_prefix, problem):
num = qmasm.symbol_to_number(prefix + self.sym, prefix, next_prefix)
problem.weights[num] += self.weight
def update_qmi(self, prefix, next_prefix, problem):
num = qmasm.symbol_to_number(prefix + self.sym, prefix, next_prefix)
problem.pinned.append((num, self.goal))
def update_qmi(self, prefix, next_prefix, problem):
num = qmasm.symbol_to_number(prefix + self.sym, prefix, next_prefix)
problem.pinned.append((num, self.goal))
sym = qmasm.apply_prefix(prefix + self.sym, None, next_prefix)
problem.pending_asserts.append((sym, "=", str(int(self.goal))))
def update_qmi(self, prefix, next_prefix, problem):
num = qmasm.symbol_to_number(prefix + self.sym, prefix, next_prefix)
problem.pinned.append((num, self.goal))
sym = qmasm.apply_prefix(prefix + self.sym, None, next_prefix)
problem.pending_asserts.append((sym, "=", str(int(self.goal))))
def update_qmi(self, prefix, next_prefix, problem):
num = qmasm.symbol_to_number(prefix + self.sym, prefix, next_prefix)
problem.weights[num] += self.weight
